top of page
  • The BWB Team

Flame Photometer Advantages

Faster, More Economical, & No Overkill

If you're looking for a cost-effective way to measure metal ions in your lab, look no further than flame photometers. While some labs may have the budget for high-end equipment like gas chromatographs and mass spectrometers, many need to economize and stretch their research funds as far as they can go. Flame photometers provide a reliable, simple, fast, and efficient solution that doesn't require a high level of technical skill or a major investment of time or resources.

Flame photometers are particularly sensitive to low values of Group I and Group II metals, including Sodium, Potassium, Calcium, Barium, and Lithium, which are important in biology, medical analysis, and chemistry. With minimal training, even a novice lab assistant can quickly learn to use a flame photometer effectively, making it an accessible solution for labs of all levels.

One of the major benefits of flame photometers is their low cost. Consumables are minimal and limited to De-ionised water, calibration control solutions, sample cups and flame fuel. The latest models even come with built-in atmospheric air compressors. Conventional gases such as Methane, Propane and Butane can be used to achieve different temperatures depending on the substance being tested.

Flame photometry is also well-suited to automation, with digital reporting and monitoring allowing for centralised data collection and real-time analysis. In a water treatment plant, for example, multiple flame photometers calibrated to different substances can be used to monitor influent and effluent water, as well as substances at various stages of treatment. This automation reduces the potential for human error and ensures that data is recorded accurately and consistently.

In summary, flame photometers are reliable, simple, fast, efficient, economical, easy-to-maintain, and undemanding of high skill levels. They provide a cost-effective solution for labs looking to measure metal ions, and are particularly sensitive to low levels of Group I and Group II metals. With automation and digital reporting capabilities, flame photometry can be used for a wide range of applications in research and industry, making it a valuable tool for any lab looking to stretch its research budget.


bottom of page